Computer Science and Software Engineering Department faculty research is highly interdisciplinary. Faculty researchers are actively involved in collaborations with industry partners and internal and external academic colleagues on solving real-world problems.
Modified from csc.calpoly.edu
Submissions from 1996
Re-Engineering Technical Education in Industry Through Interactive Multimedia Computer-Based Training, Yolanda Kennedy and Erika Rogers
Categorization of Programs Using Neural Networks, Franz J. Kurfess and Lonnie R. Welch
Cooperative Assistance for Remote Robot Supervision, Robin R. Murphy and Erika Rogers
A Study of Visual Reasoning in Medical Diagnosis, Erika Rogers
Reverse Engineering of Computer-Based Navy Systems, Lonnie R. Welch, Guohui Yu, Binoy Ravindran, Franz J. Kurfess, Jorge Henriques, Mark Wilson, Antonio L. Samuel, and Michael W. Masters
Submissions from 1995
Estimating Time Available for Sensor Fusion Exception Handling, Robin R. Murphy and Erika Rogers
A Cognitive Theory of Visual Interaction, Erika Rogers
Cognitive cooperation through visual interaction, Erika Rogers
VIA-RAD: a blackboard-based system for diagnostic radiology, Erika Rogers
Knowledge-Based Image Enhancement for Cooperative Tele-Assistance, Erika Rogers, Versonya Dupont, Robin R. Murphy, and Nazir Warsi
Intelligent Multimedia Tutoring for Manufacturing Education, Erika Rogers, Yolanda Kennedy, T. Walton, P. Nelms, and I. Sherry
Cooperative Assistance for Remote Robot Supervision, Erika Rogers, Robin R. Murphy, A. Stewart, and Nazir Warsi
Multimedia in Manufacturing Education MiME, Chris Thompson, Laurie Hodges, Wayne Daley, and Erika Rogers
Submissions from 1994
Cognitive Engineering for Intelligent Man-Machine Systems, Erika Rogers
Tele-Assistance for Semi-Autonomous Robots, Erika Rogers and Robin R. Murphy
Submissions from 1991
Visual Interaction: A Link Between Perception and Problem Solving, Erika Rogers and Ronald C. Arkin
Visual Interaction in Diagnostic Radiology, Erika Rogers, Ronald C. Arkin, and M. Baron
Method for the Automatic Level Adjustment in a Local Area Network, In Particular for a Multiprocessor Arrangement With a Bus System of Optical Fibres, for the Purpose of Collision Detection, Hans Thinschmidt and Franz J. Kurfess
Submissions from 1990
Visual Protocol Collection for the Enhancement of the Radiological Diagnostic Process, Erika Rogers, Ronald C. Arkin, M. Baron, N. Ezquerra, and E. Garcia
Submissions from 1989
Method for Automatic Level Matching in a Local Network, in Particular a Multicomputer Arrangement, Comprising a Bus System Having Lightwaves Guides, for the Purpose of Collision Recognition, Hans Thinschmidt and Franz J. Kurfess